electrostatic energy

electrostatic energy

[i‚lek·trə′stad·ik ′en·ər·jē]
(electricity)
The potential energy which a collection of electric charges possesses by virtue of their positions relative to each other.
References in periodicals archive ?
Unlike micro-needling, radiofrequency energy, or lasers, the Plasma Pen uses electrostatic energy combined with the nitrogen in the atmosphere to tighten and rejuvenate skin.
The hybrid character originates from the electric interaction between the aspirin molecules and the dynamic minimization of electrostatic energy in the crystallite.
A final chapter describes the alternative energy harvesting approaches shape memory alloy heat engines, thermomagnetic energy harvesting, and electrostatic energy harvesting.
Since we are concern with the statistical properties of the electrostatic field we have first to obtain the Hamiltonian of the field or the electrostatic energy of the system.
Let us also determine the capacity, electrostatic energy, and size required for ball lightning with [q.sub.lim] charge.
This electrostatic energy storage mechanism enables ultracapacitors to charge and discharge in as little as fractions of a second, perform normally over a broad temperature range, operate reliably in up to 1 million or more charge/discharge cycles and resist shock and vibration.
The canopy set up on the school ground was buzzing with energy with most projects proving helpful in solving Pakistan's energy crisis.Faris Khan, an 11th grader, stood proud next to his project, a Van de Graaf generator, explaining that it worked to produce electrostatic energy which can be beneficial for many.
Given that the electrostatic force is the gradient of the electrostatic energy and, in turn, the electrostatic energy is proportional to the capacity under constant voltage conditions, the electrostatic force is inferred to increase with a corresponding increase in capacity.
Electrostatic energy harvesting system generates voltage by changing the capacitance.
In AutoDock output files, the binding free energy ([?]Gbinding) between enantiomers and CSP was divided into seven parts: van der waals energy ([?]Gvdw), electrostatic energy ([?]Gelec), hydrogen bonding energy ([?]Ghbond), desolvation energy ([?]Gsol), torsional free energy ([?]Gtor), final total internal energy ([?]Gfinal) and unbond system's energy ([?]Gunbond).
So, the main role of the device is controlled transmission of generated electrostatic energy (generated by superimposing of volume and surface charge on the surface of the considered liquid or gas phase condition) from vapor space of tank to a grounding system.
The physics behind electrostatic energy remain unchanged.

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